Tái tạo người cổ đại
Từ việc phân lập được chuỗi ADN của người cổ đại Neanderthal, tái tạo được mạch máu của một giống khủng long, những người lạc quan cho rằng, cứ đà này, các nhà khoa học sẽ tái tạo được những sinh vật đã tuyệt chủng trong quá khứ.
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